Charlotte Wheeler

Charlotte Wheeler

Year 2 Champion Circular Food Systems

Charlotte has worked in the agricultural sector for the past decade, as a farmer, in academia, and currently for Pasture for Life, where she established their regional farmer knowledge exchange groups. Recently she has moved into a new role as Research Officer at Pasture for Life, synthesising relevant research for a farming audience, as well as working on an inter-organisational project on the development of local and alternative supply chains. Charlotte is interested in exploring the role that agroecology can play in contributing to the UK food system’s resilience to climate change, and the synergies between low-input farming, biodiversity restoration, and equitable, just food systems.

Multifunctional Metrics: Rethinking sustainability in food systems

This paper argues that agroecology and circular farming practices such as agroforestry, crop-livestock integration, and low-input livestock systems warrant a much larger role in food system transformation than currently reflected in the research and policy landscape, due to their ability to deliver against multiple ambitions.

File type: PDF | File size: 803.2 KB

Multifunctional Metrics: Examining Circular Practices at the Farm Level

The need for change in the food system is clear, yet the path forward must balance environmental restoration with the practical realities of farm economics and food production. The circular practices outlined in this document are some of the promising approaches that demonstrate potential for delivering co-benefits across multiple sustainability criteria, as outlined in Part 1 (Multifunctional Metrics: Rethinking sustainability in food systems). Crop–livestock integration, agroforestry, and low-input livestock systems on diverse swards offer the opportunity to increase circularity at the farm level, enhancing ecological resilience, storing carbon, supporting biodiversity, and creating farm enterprises that are more adaptable to the impacts of anthropogenic climate change.

File type: PDF | File size: 1.05 MB